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    • 5. 发明授权
    • Pressure-resistant mixer
    • 耐压搅拌机
    • US4854715A
    • 1989-08-08
    • US870439
    • 1986-06-04
    • Paul EirichHubert EirichWalter Eirich
    • Paul EirichHubert EirichWalter Eirich
    • B01F9/12B01F13/06
    • B01F13/06B01F9/12
    • Described is a pressure-resistant mixer with a feed opening (15), a rotating mixing container (1) with a drainage device (20) and with mixing tools (17) arranged eccentrically to the axis of the mixing container axis (35) inside the mixing container (1), and with drive motors (6, 22) and drive devices (33, 34) for driving the mixing devices (17) and/or the mixing container (1).In order, on the one hand, to avoid sliding seals in contact with the materials being mixed, and, on the other, to avoid having to use extremely large size seals, is proposed in accordance with the invention to position the mixing container (1) inside a stationary pressure vessel (3).
    • 描述了具有进料口(15)的压力混合器,具有排水装置(20)的旋转混合容器(1)和与内部混合容器轴线(35)的轴线偏心布置的混合工具(17) 混合容器(1)以及用于驱动混合装置(17)和/或混合容器(1)的驱动马达(6,22)和驱动装置(33,34)。 为了一方面,为了避免与被混合材料接触的滑动密封,另一方面,为了避免使用极大尺寸的密封件,根据本发明提出了将混合容器(1 )在固定压力容器(3)内。
    • 6. 发明授权
    • Method of producing lead paste for batteries
    • 生产电池用铅膏的方法
    • US4758372A
    • 1988-07-19
    • US875241
    • 1986-06-16
    • Hubert EirichWalter EirichPaul Eirich
    • Hubert EirichWalter EirichPaul Eirich
    • H01M4/20H01M4/57H01M4/88H01M4/56
    • H01M4/20
    • In order to reduce the duration of the method of producing lead paste for batteries by mixing lead oxide, sulphuric acid, water and possibly conventional additives below a limit temperature with at least partial cooling, acid is first added at substantially the maximum speed possible for distribution in the mix, without causing burning therein, and so quickly that the amount of heat supplied to the mix is greater than the amount of heat which is removed by cooling, and then, when the material being mixed reaches a predetermined operating temperature which is below the limit temperature, the addition of acid is regulated in dependence on constant temperature measurements in the material being mixed, in such a way that the temperature remains at the level of the operating temperature substantially until the end of the operation of adding acid.
    • 为了通过将氧化铅,硫酸,水和可能的常规添加剂混合至少部分冷却,将氧化铅,硫酸,水和可能的常规添加剂混合在一起来减少生产铅酸铅的方法的持续时间,首先以基本可以分配的最大速度加入酸 在混合物中,不会在其中引起燃烧,并且如此迅速地使得供给到混合物中的热量大于通过冷却除去的热量,然后当混合材料达到低于预定操作温度时 限制温度,酸的添加根据待混合的材料中的恒温测量来调节,使得温度保持在操作温度的水平,基本上直到加入酸的操作结束。
    • 7. 发明授权
    • Apparatus for treatment of power station residues
    • 用于处理电站残渣的设备
    • US4997357A
    • 1991-03-05
    • US408478
    • 1989-09-15
    • Hubert EirichPaul EirichWalter EirichHerbert Durr
    • Hubert EirichPaul EirichWalter EirichHerbert Durr
    • B09B3/00C04B2/06C04B2/08C04B7/28F23J1/00
    • C04B2/063C04B2/08B01J2219/187Y10S106/01
    • The invention relates to a method of treating power station residues in the form of bulk material, particularly the filter ash from power stations, by hydrating the lime content by adding moisture and by further wetting of the bulk material, with an opportunity for constantly feeding in material to be processed and discharging processed material, and also to an apparatus for carrying out the method. In order to provide a method and an apparatus by which large quantities of power stations residues (ash) can be quickly and safely treated at economic and comparatively low cost, it is according to the invention proposed that the bulk material supplied should pass through a succession of different spatially substantially separate treatment zones be moved mechanically at adjustable intensity throughout the entire process, be differently treated in each treatment zone, be caused to react and transported along a reaction line under control.
    • 本发明涉及一种以散装材料,特别是发电厂的过滤灰的形式来处理发电站残渣的方法,通过加入水分并通过进一步润湿散装材料来保持石灰含量,并且有机会不断地进料 待处理和排出处理材料的材料,以及用于实施该方法的装置。 为了提供一种方法和装置,通过这种方法和装置,可以以经济和成本较低的成本快速安全地处理大量的发电站残渣(灰分),根据本发明,提供的散装材料应通过连续 不同空间上基本分离的处理区域在整个过程中以可调整的强度机械移动,在每个处理区域进行不同的处理,使其在控制下沿反应线反应和传输。
    • 8. 发明授权
    • Apparatus for closing and continuously emptying the container of a
treatment machine
    • 用于关闭并连续排空处理机容器的装置
    • US4560283A
    • 1985-12-24
    • US571565
    • 1984-01-17
    • Paul EirichHubert EirichWalter EirichErwin Goldschmidt
    • Paul EirichHubert EirichWalter EirichErwin Goldschmidt
    • B01J3/02B01F15/00B65D90/62B01F15/02
    • B01F15/00779
    • Described is an apparatus for closing and continuously emptying the container of a processing machine by means of a closure cover (6-9) which is arranged in the bottom (1) of the container and which is driven so that it can be moved into and out of the emptying opening (2) in the bottom (1) of the container by way of a pivotal shaft (17) acting as a lifting means on a mounting means, for example a mounting arm (16), outside the container.In order to permit both coarse and fine adjustment of the discharge rate in operation and also closure of the container, without incurring high levels of capital investment and also with robust operating characteristics, the invention provides that the closure cover (6-9) has a controllable rotary drive means (11, 14, 15), the pivotal shaft (17) acting as the lifting means is connected to a control drive means (21) for precise adjustment of the inclination of the mounting arm (16) and that the emptying opening (2) has a downwardly frustoconically flaring discharge hopper (4) into which the closure cover (6-9) can engage.
    • 描述了一种用于通过设置在容器的底部(1)中的封闭盖(6-9)来关闭和连续地排空加工机器的容器的装置,其被驱动使得其可以移入和 通过作为提升装置的枢转轴(17)从容器的底部(1)中的排空开口(2)排出到容器外部的安装装置(例如安装臂)上。 为了允许操作中的排放速率的粗略和微调,以及容器的关闭,而不会引起高水平的资本投入,并且还具有鲁棒的操作特性,本发明提供了封闭盖(6-9)具有 可控旋转驱动装置(11,14,15),用作提升装置的枢转轴(17)连接到用于精确调节安装臂(16)的倾斜度的控制驱动装置(21),并且排空 开口(2)具有向下的截头圆锥形的排放料斗(4),封闭盖(6-9)可以与其接合。
    • 9. 发明授权
    • Method for conditioning foundry moulding sand and a device therefor
    • 造型砂型砂的处理方法及其设备
    • US06926063B1
    • 2005-08-09
    • US10088888
    • 2000-09-06
    • Paul EirichHubert EirichWalter Eirich
    • Paul EirichHubert EirichWalter Eirich
    • B22C5/00B01F3/12B01F15/06B22C5/04B22C5/18B01F13/06B01F15/02
    • B01F3/1228B01F2015/062B22C5/185
    • A method for conditioning cooled used moulding sand retaining moulding sand binder in a mixer (1), wherein the cooled used moulding sand is heated to at least a minimum temperature, moisturized by providing water or water vapor through holes in an agitator and subsequently cooled in the mixer from the minimum temperature using the effect of a vacuum. The invention also includes an apparatus for practicing the method which includes a mixing container, a rotatable mixing agitator and a mixing agitator drive suitable for mixing moulding sand in the mixing container, apparatus for feeding components to be mixed to the mixer, apparatus for supplying hot water or hot water vapour to components in the mixing chamber through a plurality of holes in the agitator facing away from a direction of rotation of the agitator, apparatus for stopping the flows of hot water and vapour to the mixing chamber, apparatus for vacuum sealing the mixing container, apparatus for providing a vacuum in the mixing chamber after the flows are stopped to cool the contents of the mixing chamber and remove moisture by vacuum evaporation, and apparatus for removing mixed components from the mixing chamber.
    • 一种用于在混合器(1)中调节冷却的使用型砂型砂砂粘合剂的方法,其中将冷却后的型砂加热到至少最低温度,通过在搅拌器中的孔提供水或水蒸汽来保湿,随后在 混合器从最低温度使用真空效果。 本发明还包括一种用于实施该方法的装置,该装置包括混合容器,可旋转混合搅拌器和适于在混合容器中混合型砂的混合搅拌器驱动装置,用于将混合到混合器中的组分进料的装置,用于供应热量的装置 水或热水蒸汽通过搅拌器中的多个孔面向搅拌器的旋转方向,混合室中的部件,用于将热水和蒸气流停止到混合室的装置,用于真空密封的设备 混合容器,在停止流动之后在混合室中提供真空的装置,以冷却混合室的内容物并通过真空蒸发除去水分,以及用于从混合室除去混合组分的装置。